Sentence examples for microarray studies discovered from inspiring English sources

Our earlier genome-wide microarray studies discovered that tonic cellular stimulation by TNF produces sequential waves of NF-κB-dependent gene expression, with each wave controlling distinct biological functions [ 58, 59].

In our prior microarray study, we discovered several enriched Dis3 target RNAs that were related to neurogenesis [ 21].

Microarray studies conducted to discover molecular pathways linked with tumour progression and papers comparing metastases to initial tumours have already been performed [37] [41].

By performing microarray studies and informatic analysis, we discovered that miR-184 regulates the AKT/mTORC1 pathway by targeting AKT2, TSC2 and PRAS40 in suppressing activity of S6K1 and protein synthesis.

It is also possible that the typing error rates of genome-wide microarray studies are much higher, as demonstrated by the genotyping errors that were discovered in 7 out of 29 (24%) reexamined SNPs [ 55].

Additionally, unlike microarray studies, the use of high throughput sequencing technologies gave us margin to discover and measure new isoforms that would otherwise be unaccounted in the probes of array platforms.

Most microarray studies focus primarily on identifying differential gene expressions between conditions (e.g., cancer versus normal cells), for discovering the major factors that cause diseases.

To discover novel targetable oncogenes in breast cancer, we developed a whole-genome data-mining approach that leverages large independent microarray studies for the systematic discovery of genes correlated with distant metastasis-free survival (DMFS) of patients.

Last year, Karumanchi reviewed the data from his initial microarray studies and identified a second protein that could damage endothelial cells: endoglin.

Nevertheless, microarray studies have generated new and interesting insights.

The author mentioned that the proteomics approach may be complementary to microarray studies [47].